Adapter allows lens to 20mm total shift and 10 degrees of tilt

The Fotodiox Pro TLT ROKR adapters allow for a 10mm shift left and right as well as the ability to tilt 10 degrees one way for perspective correction. The shift functionality of the TLT ROKR allows for distortion control and the ability to experiment with creative effects. As well as providing correction for parallax issues, the tilt correction will allow for greater compositional control by allowing the separation of objects within the same plane. This will help to highlight the key items in the composition without the need to rearrange or rethink your setup. Utilizing both tilt and shift provides new levels of technical control.

360 degrees of rotation built in

The addition of 360 degree rotating mechanism allows for tilt or shift in any direction desired. The simple mechanism will allow you to adjust tilt and shift in landscape orientation and rotate 90 degrees to achieve the same correction in portrait with no further adjustments.

Bring new life to vintage work horse lenses

Use our TLT ROKR adapter to mount Hasselblad V-Mount SLR Lenses to Nikon F Mount SLR Camera Bodies with the added benefit of distortion control. The TLT ROKR adapters add the ability to tilt and shift these legendary lenses on your camera system giving you even more control of your images.

• This is a manual adapter, so lens functions that rely on electronic communication with the camera body (autofocus, AE metering, image stabilization, etc.) will be disrupted.

• 'Focus-By-Wire' lenses (such as Canon's STM or Nikons AF-P) requires power to engage the manual focus rings on the lens, since manual lens mount adapters do not power the lens, those lenses will not be able to focus.

• If your lens does not have a manual aperture control ring, the lens aperture will revert to its default position, which depending on the lens is either stopped down to its largest f-stop or opened up to its smallest f-stop.

All pictures are for illustration purposes only. Actual product may vary slightly due to ongoing improvements in design.